
Project Description
The project aims to build a CubeSat payload as a technology demonstrator for detecting and tracking volcanic ash clouds using novel sensing technology. There is a strong scientific and economic motivation for this technology. Knowledge of the 3-D structure of ash clouds is vital as airlines and engine manufacturers move towards airspace management through a dose-based ash cloud approach. The costs associated with grounding planes during volcanic eruptions provide the economic driver. The project is student-led, building on designs made as part of many undergraduate and postgraduate projects from across several faculties at the University of Bristol.
Many different disciplines collaborate within this project. Work is done both within the curriculum, for instance as undergraduate projects in Aerospace and Electrical Engineering, as well as with student societies outside of teaching hours.
Visual Inspection of PROVE Using UV Light
PROVE Attached to the Shaker for the Vibrations Test
PROVE Inside the Chamber for the TVAC Test
Science Objectives
Primary
Secondary
Tertiary
Project Technological Development

Research - TRL 1

Research - TRL 2

Research/Development - TRL 3

Development - TRL 4

Development - TRL 5

Development - TRL 6

Deployment - TRL 7
Deployment - TRL 8
Deployment TRL - 9
Equipment
Flir Tau 2 Infrared Camera
BeagleBone Enhanced OBC
Basler High-Resolution Visual Camera
Environmental Testing Campaign

